Viscoelastic Properties

Electrospun polydioxanone, elastin, and collagen vascular scaffolds: uniaxial cyclic distension

Tissue Engineering / Stress relaxation / Cyclic Loading / Engineered Timber / Viscoelastic Properties

Electrospun Polydioxanone, Elastin, and Collagen Vascular Scaffolds: Uniaxial Cyclic Distension

Tissue Engineering / Stress relaxation / Cyclic Loading / Engineered Timber / Viscoelastic Properties

Problems of identification of mechanical characteristics of viscoelastic composites

Engineering / Optimality Theory / Sensitivity Analysis / Mathematical Sciences / Fractional Calculus / Frequency Dependence / Concrete and Hot Mix Asphalt / Material Model / Viscoelastic Properties / Frequency Dependence / Concrete and Hot Mix Asphalt / Material Model / Viscoelastic Properties

Competitive protein adsorption on micro patterned polymeric biomaterials, and viscoelastic properties of tailor made extracellular matrices

Technology / Tissue Engineering / Protein adsorption / Cell Adhesion / Polymers / Extracellular Matrix / Adsorption / Biological Sciences / Elasticity / Biomolecular Engineering / Thin Film / Viscosity / Proteins / Hyaluronic Acid / Surface Properties / UV irradiation / Materials Testing / Protein Binding / Viscoelastic Properties / Extracellular Matrix / Adsorption / Biological Sciences / Elasticity / Biomolecular Engineering / Thin Film / Viscosity / Proteins / Hyaluronic Acid / Surface Properties / UV irradiation / Materials Testing / Protein Binding / Viscoelastic Properties

Energy storage controls crumbly perception in whey proteins/polysaccharide mixed gels

Energy Dissipation / Energy Storage / Analysis of Variance / Microstructures / Structural Properties / Food Sciences / Quantitative Descriptive Analysis / Whey Protein / Food Hydrocolloids / Physical Properties / Least Square Method / High energy / Viscoelastic Properties / Food Sciences / Quantitative Descriptive Analysis / Whey Protein / Food Hydrocolloids / Physical Properties / Least Square Method / High energy / Viscoelastic Properties

A slender-body micromechanical model for viscoelasticity of magnetic colloids: Comparison with preliminary experimental data

Engineering / Viscoelasticity / Rheology / Magnetic field / Physical sciences / Iron / Magnetorheological Fluids / CHEMICAL SCIENCES / Rheological properties / Silica Gel / Yield stress / Experimental Data / Viscoelastic Properties / Iron / Magnetorheological Fluids / CHEMICAL SCIENCES / Rheological properties / Silica Gel / Yield stress / Experimental Data / Viscoelastic Properties

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